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豚鼠在低通掩蔽噪声存在下对缺失基频的感知。

Perception of the missing fundamental by chinchillas in the presence of low-pass masking noise.

机构信息

Department of Speech and Hearing Sciences, Indiana University, 200 South Jordan Ave., Bloomington, IN 47405, USA.

出版信息

J Assoc Res Otolaryngol. 2011 Feb;12(1):101-12. doi: 10.1007/s10162-010-0237-0. Epub 2010 Sep 25.

Abstract

The pitch of the missing fundamental (F0) is one of the principal psychological attributes of human pitch perception. Behavioral responses to harmonic tone complexes having missing F0s were measured in chinchillas using operant conditioning and stimulus generalization. Animals were trained to discriminate between tone complexes having a 500-Hz F0 and a 125-Hz F0. When animals were tested with tone complexes having the same F0s, but where the F0s were missing, responses were similar to those obtained when the F0s were present, suggesting that missing F0 sounds were perceptually equivalent to F0 present sounds. Behavioral responses to F0 present and missing F0 stimuli were similar in the presence of low-pass masking noise, suggesting that the perception was not due to the reinsertion of the F0 through cochlear nonlinearities. Gradients in behavioral responses were observed when the F0s of test complexes were systematically varied, suggesting the existence of a psychological dimension related to F0. Behavioral responses were related to the F0 rather than to spectral differences among test stimuli when the F0 and spectrum were varied independently. The results indicate that chinchillas possess a pitch-like perception of the missing F0 that is unlikely to arise from cochlear distortion products.

摘要

缺失基频 (F0) 的音高是人类音高感知的主要心理属性之一。我们使用操作性条件反射和刺激泛化,在卷尾猴身上测量了对具有缺失 F0 的谐波音调复合体的行为反应。动物被训练来区分具有 500Hz F0 和 125Hz F0 的音调复合体。当用具有相同 F0 但 F0 缺失的音调复合体对动物进行测试时,反应与 F0 存在时的反应相似,这表明缺失 F0 的声音在感知上与存在 F0 的声音等效。在存在低通掩蔽噪声的情况下,对 F0 存在和缺失 F0 刺激的行为反应相似,这表明这种感知不是由于 F0 通过耳蜗非线性重新插入。当测试复合体的 F0 系统变化时,观察到行为反应的梯度,这表明存在与 F0 相关的心理维度。当 F0 和频谱独立变化时,行为反应与 F0 相关,而不是与测试刺激之间的频谱差异相关。结果表明,卷尾猴具有对缺失 F0 的类似音高的感知,这不太可能源于耳蜗失真产物。

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